基于深度学习模型的水果病害识别与分类

Mohammed Ahmed Matboli, Ayman Atia
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引用次数: 4

摘要

如今,随着全球水果产量达到2914.27吨,许多国家都在生产水果,在未来的几年里,许多国家都想增加产量。然而,一些挑战和问题在水果生产中仍然存在,如水果的质量、生产成本、种子的质量和水果本身的疾病。苹果的病害有多种,如斑点病、结痂病和腐烂病,柑橘的病害有黑斑病、结痂病和柑橘溃疡病。在这个项目中,我们的目标是确定最好的迁移学习模型,能够通过早期检测水果疾病来实现最非凡的准确性。提出了五种不同类型的迁移学习模型,并将它们用于本文提出的解决方案,因为定制的CNN模型达到了最高的准确率,达到了99.16%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fruit Disease's Identification and Classification Using Deep Learning Model
Now days Fruits is being produced from alot of countries as the global fruit production reached up to 2914.27 production in thousand metric tons and in the upcoming years a lot of countries want to increase the production. However, some challenges and problems persist to exist through the fruits production like the quality of the fruit, the cost of the production, the quality of the seed and the illness of the fruit itself. There are types of recognized Diseases in the apples such as blotch, scab, and rotten diseases, and for the citrus, Black spot, Scab Citrus, and Citrus Canker. In this project, Our aim is to identify the best transfer learning model that is able to achieve the most extraordinary accuracy through the early detection of fruit diseases. Five different types of transfer learning models are presented, and they are being used in this proposed solution as the customized CNN model achieved the highest accuracy that reached up to 99.16%.
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